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Título

Intelligent cabled and autonomous observatory networks for the long-term environmental monitoring

AutorAguzzi, Jacopo ; Citclops Consortium
Fecha de publicación19-nov-2014
Citación2nd International Ocean Research Conference (2014)
ResumenImportant constraints in sampling repeatability at statistically relevant frequencies limit the monitoring of human impacts in the Deep Sea. Within the framework of the - Cabled Observatory Science -, it is now possible to track deep-sea community and environmental changes at a high frequency (seconds) and in a continuous fashion, over decades. I will review how seabed platforms equipped with video and oceanographic sensors, could be transformed into intelligent tools for autonomous ecosystem surveillance. This could be done by increasing the efficiency of automated routines for animal classification and counting, as well as for the environmental data processing. Emphasis will be given to the next generation of non-cabled (stand-alone) autonomous platforms, coupled with mobile crawlers, as internet-operated vehicles (also bearing complex set of sensors). Their future integration into geographic networks of rapidly re-deployable nodes will likely have high applicability in monitoring natural or anthropogenic marine hazards for a broad range of end users
Descripción2nd International Ocean Research Conference, One planet one ocean, 17-21 November 2014, Barcelona, Spain
Versión del editorhttp://www.iocunesco-oneplanetoneocean.fnob.org/
URIhttp://hdl.handle.net/10261/125226
Aparece en las colecciones: (ICM) Comunicaciones congresos
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